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Alcohols are converted to tosylates by t...

Alcohols are converted to tosylates by treatment with p-toluence sulfonyl chloride (TsCl) in the presence of pyridine. This overall process converts a poor leaving group `(overset(Ө)H)` into good one `(overset(Ө)Ts)`. A tosylate is a good leaving group its conjugates acid p-touence sulfonic acid is strong acid. Beacuse alkyl tosylates have food leaving groups, they undergo both nucleophilic substitution and `beta-"elimination"`.

Find the major product of the following reaction:

A

B

C

D

Text Solution

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The correct Answer is:
C
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Alcohols are converted to tosylates by treatment with p-toluence sulfonyl chloride (TsCl) in the presence of pyridine. This overall process converts a poor leaving group (overset(Ө)H) into good one (overset(Ө)Ts) . A tosylate is a good leaving group its conjugates acid p-touence sulfonic acid is strong acid. Beacuse alkyl tosylates have food leaving groups, they undergo both nucleophilic substitution and beta-"elimination" . What would be the major product of the following reactions?

Alcohols are converted to tosylates by treatment with p-toluence sulfonyl chloride (TsCl) in the presence of pyridine. This overall process converts a poor leaving group (overset(Ө)H) into good one (overset(Ө)Ts) . A tosylate is a good leaving group its conjugates acid p-touence sulfonic acid is strong acid. Beacuse alkyl tosylates have food leaving groups, they undergo both nucleophilic substitution and beta-"elimination" . Idetify the final product of the following sequences of reactions:

Nucleophilic Substitution Introduction and Leaving Group

Which is the best leaving group ?

Leaving Groups || SN2

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